Ghosts of Harrenhal | Game of Drones a Got Help Falling Asleep Podcast | Sleep With Me #171

Summary: Sweet sleep will come fast if you sent aside you desire to understand the difference between and man named "the tickler" and a condom with the same name. Shadows and third persons and Nanotech will flood your dreams will nonsense..but you'll be asleep. 02:43 Thanks 10:25 Episode 28:20 Nanotech 37:53 Third Person 45:11 Got forms of Grief 54:04 Me and my Shadow 01:02:38 The Ticker and Condoms 01:17:41 Tommen saves Ser Pounce 01:30:37 Prayers The Links Do Textured Condoms Increase Pleasure? @goaskalice 5 Kinds of Condoms @goaskalice Go Ask Alice! Me And My Shadow also added to Spotify Playlist Jack Frost TV 5 Stages of Grief Got Graveyard (SPOILERS!!!)   Research from Stacy the Glittering Researcher There is a failure to match the pace of nanotechnology with ethical consideration of its use. The ethical issues fall into the areas of equity, privacy, security, environment, and metaphysical questions concerning human–machine interactions.  The following is taken from Mnyusiwalla, 2003: ‘Mind the gap’: science and ethics in nanotechnology   NT=nanotechnology   Equity. Who will benefit from advances in NT? Today we talk of the digital divide as something that is harmful and that we should attempt to correct. We have also talked about the emerging ‘genomics divide’ in a similar fashion [23]. This is because we have come to understand that technology and development are intricately linked [24], and that what at first appears to be very ‘high-tech’ and costly and therefore perhaps irrelevant for developing countries, in the end might come to be of most value for those same developing countries [25]. Thus NT, were it to develop in the way it ought, might ultimately be of most value for the poor and sick in the developing world. At the Johannesburg summit, the main issues for developing countries were poverty reduction, energy, water, health, and biodiversity. NT has the potential to make a positive impact on all of these if its risks either do not materialize or are appropriately managed. The poor could benefit from NT, for example, through safer drug delivery, lower needs for energy, cleaner energy production, and environmental remediation. It is also possible that health could be improved by better prevention, diagnosis, and treatment. One of the biggest health problems in developing countries is trauma, especially from road traffic accidents, and absence of rehabilitation facilities [26]: better nanomaterials for making safer tyres, or NT-based scaffolds to grow bone [27] may be extremely important, especially if the promise of mass production at very low cost materializes. Furthermore, if developing countries were to see the potential of NT and became early players in the field (see China’s increased expenditure on NT R&D; table 1), NT might have an impact on their economic development and obviate the need quite soon for these countries to become net importers of NT. This is similar to what is happening in biotechnology, a field in which countries such as India, China, Brazil, and Cuba have already begun to invest in [28]. Privacy and security. NT is capable of dramatically improving surveillance devices, and producing new weapons. How would individual privacy be protected if near-invisible microphones, cameras, and tracking devices become widely available? Will these new technologies increase security or add to the arsenal of bio- and techno- or even nano-terrorism? Who will regulate the direction of research in defensive and offensive military NT? How much transparency will be necessary in government and private NT initiatives to avoid misuses? There are also very interesting legal questions [29] involving monitoring, ownership, and control of invisible objects [17]. The next asbestos? Environmental issues. NT has already generated nov…